def main():
end_program = False
while not end_program:
print("\n** Select App to Run **\n")
selection = displayMenu(menu_items)
if selection == 1:
MissingNumber.missing_number()
elif selection == 2:
RomeToNum.roman_to_int()
elif selection == 3:
SubArraySum.find_sub_array()
elif selection == 4:
Anagram.anagram()
else:
end_program = True
def main():
DICTIONARY = "english.txt"
# Get the input word or phrase
inputstring = raw_input("Please enter a word or phrase for which to find anagrams: ")
# Check to see if the user wants to use advanced features.
advanced_options = raw_input(
"Would you like to enter advanced options for the anagram finder? Enter true or false: "
)
if advanced_options.lower() == "true":
# If so, ask for lists of the includes and excludes, and a number for max words.
include_words = raw_input(
"Please enter a list of comma-separated words that must be in the anagram (Hit enter to ignore): "
)
exclude_words = raw_input(
"Please enter a list of comma-separated words that must NOT be in the anagram (Hit enter to ignore): "
)
maximum_length = raw_input("Please enter a maximum number of words for each anagram (Hit enter to ignore): ")
# Since I want the user to be able to hit enter for ignoring the options, I use raw input,
# which I must try to cast to an int in the try/except block below
try:
maxlength = int(maximum_length)
except:
maxlength = 0
# Add the inputs to the Anagram class
a = Anagram(
inputstring,
DICTIONARY,
filter(None, include_words.split(", ")),
filter(None, exclude_words.split(", ")),
maxlength,
)
# If the user just wanted basic functions, do so
else:
a = Anagram(inputstring, DICTIONARY)
# Go crazy generating anagrams
a.findAnagrams()
def action():
Anagram.action()
import Anagram
print(Anagram.anagram_solution('abcd', 'bcda'))